Currentcost.ini

# change to current cost com port e.g. 'COM5'
# use 'auto' to let the service choose the port

port=COM4

# current cost (ENVI-R) default baud rate
# the classic ENVI rate is 9600

rate57600


# Sensor to read, the default is 0 (whole house)
# Separate multiple sensors with a comma
# Ensure there is an equal number of values for 'sensors', 'direction', 'channels' and 'calibration'

sensors=1,2


# Define the power direction(s)
#
# 'in'  - Consumption
# 'out' - Solar Generation

direction=in


# uncomment to use specific channels within the sensor
# when not defined all channel readings are summed
# use '+' to add specific channels
#
# See Example 5 below
#

# channels=1+2


# uncomment to adjust power readings before saving
# 0.95 = power reading is multipled by 95%
# 1.10 = power reading is multipled by 110%
# default is '1'

# calibration=0.9


# Define a rule to update the power value
# The following variables are available
#
# 'power'  - power value
# 'hour'   - current hour of the day (0-23)
# 'minute' - current minute of the hour (0-59)
# 'in'     - consumption flag (true or false)
# 'out'    - generation flag (true or false)
#
# See examples 6 and 7 below

rule=


# The temperature readings are in
#
# C - Celsius
# F - Fahrenheit
#
# Fahrenheit will be converted to Celsius
#
# Comment out to disable temperature uploading
#

#temperature-unit=C


#
# Auto port detection - time to wait (secs) for valid data to be received before giving up and trying the next available port
#
# Valid range [10 to 60]
#

port-detect-wait=15


#
# Automatically close and reopen the port after this period of inactivity (secs)
#
# Valid range [30 or greater]
#

port-idle-recycle=60



# Example 1 - monitor pv output on sensor 1
#
# sensors=1
# direction=out


# Example 2 - monitor house consumption on sensor 0 and pv output on sensor 1
#
# sensors=0,1
# direction=in,out


# Example 3 - combine sensors 2 and 3 as consumption and pv output on sensor 1
#
# sensors=1,2,3
# direction=out,in,in


# Example 4 - use channel 1 as solar and channel 2 as consumption on sensor 0
#
# sensors=0,0
# channels=1,2
# direction=out,in


# Example 5 - use channel 1 as solar and channels 2-5 as consumption on sensor 0
#
# sensors=0,0
# channels=1,2+3+4+5
# direction=out,in


# Example 6 - when power is less than 100W set it to 0W otherwise increase it by 2%
#
# rule=if(power < 100) power = 0; else power = power*1.02;


# Example 7 - increase solar output by 2%
#
# rule=if(out) power = power*1.02;